| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_68402 |
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| Symbol | |
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| ID | 4840506 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Scheffersomyces stipitis CBS 6054 |
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| Kingdom | Eukaryota |
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| Replicon accession | NC_009047 |
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| Strand | + |
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| Start bp | 1037787 |
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| End bp | 1042415 |
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| Gene Length | 4629 bp |
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| Protein Length | 1542 aa |
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| Translation table | 12 |
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| GC content | 39% |
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| IMG OID | 640391821 |
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| Product | predicted protein |
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| Protein accession | XP_001386207 |
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| Protein GI | 150866564 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 20 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGTGGGAG AAGGCGTCCA TCCTCGGGAT ATGCGAGAGG CATTGAGTAT AGCGCCTTTT
CTCCATCTCA TTCCCAAACA GGAAATAGCG CCTTTGATCT CATCTACATC CATAACGATA
TCGCCAGATC CCCAGGAATT TAACTCACAA TTGTATGATT CGGAGTGTAA AGAACGCAGA
AAAGTTGTGA ATAGTGACGA AACCAGTTTT GGCGAAGTTC TCAAGGATTT GGCCTCTGAA
TTTACAGATT GTCAGGATGA GGAAGTAGAT CAAATCAGGT TTAGAAAACC AGAAATTATT
CAAAATGGGG AAAAACAACC CCAGGAACTC ACAGGAATAA CTTTGCCGGC CCTTGAGAGG
CGAATATTTA ATTCTACGAA AATTGAACTG AGGCAAATCA TTTTGCTGTC TCGTAGCGCC
GACACAAGAA CATATACTGG CAGATTATCC GTGCGCAAGA CTTATCAGGC CGAGGACAAA
CAAACAAAAG CACATAACGA TAGATATTTA CGCAAATATG AAAGGGAACT CGGATTTTTG
TTCGCTGAGG ATAAGGAATT TCTGAAAGAA CTACCAAATT CTTATGCAAA CAGAAAGAGA
TACCTTGAAG ACGACGAAGA ATACAATGCC AAAAGACCGC ACCGGATTGT GACTATGACC
TATGACCAAG TAGCAGACCG AGCAAATGTG AACATGGCGA TACTTCTCCA GCAGATTGAA
CGAGAAGAGG CCGAACCTGA AATTTCTGCT AATTGGATGA TCCTAGATGA TACCAAAATC
CTTACGAATT ACGCCCTATT GCATATACAC GACAACCTCA TCCGAAACTT AAACCACCGG
GTTTTACACA CTGAAGATAA CGATATCTCC TACTTATCGA AAATCCAGGA TCTCTGTTTG
AGAACTATAA ATGCCTCAGA AAACATCGAT TTCTCGGAAT TGAGTTTGAG AGTAATTGCC
CCTGATCTTC AAGATAACGA CCTTGCGTCT TTGATTATCA GCCTAGAAAC CTGTCTAAAC
TTCACCAAAG CTAGTAAAAT CATGCTTTTG TTGCTCACCA GTCATTATTC GGAGAAGTTG
ATGTTTTACG ATGCCCACAC GAATCTGGTG ATACAGCTTA TGGACAGTGT GGTCGACTTG
CTAATAATAC CACTCGCATC TTTTGAAAAC GTACAACCAA TAACTAACAC GCTAAAGCCC
ATATTAGCCA GATTGCTAGT TGAAGTCTGC GATTTGTTCC AACTCTTCAA TTCCTACAAG
CACCCAAACC GATTTGATGA CACTCTTATT ACTAAATTGG AATACCTTTG CATACATGCA
GTGTTTGCTG AATACCGAAG CAAGGGAAAC AATTCATTTT TTGGTTTAAG CCAGTTTGAG
TTGTTGAAAT TGCGATCTTG TGAAATGATT ATCAGCTTAT TCTCTAATAT ATCTGATCAG
CGAGAGTTCA TCTTAGGAGA ACTCATATCA AATTTTGACA AATTACTGCC CAATAGGACA
GTTGCGAGAC AATACAAACT TGCTGGTGGA GGCAATGTAC AATTGGTTTC TGCCCTTCTA
GCCAAGTTGA TTGAAAGCAG CTCAGCAGAC TTTGATGTAC TGTCTTTATC GGAAAGTTTT
ATTGACCTGC CTGCTTTATC CAATAACGTC AAGGAATCAA TTCTCAACTG CAAGAAAACT
GGAGACAATA TTTCCAGAAT GTTGATCTCC AAGTTCAGTG GAACCACCTC AACAATGAGC
AAACAGTCAT TAGAGTTAAT GGTTGAAGAC TTACTACTGC TTATGTTGTC ACCAGTTTGG
GCCGGTTCCA CCGTTCTATT GACTTCGATC ACAAATTCAT TTCTTATCAT GATCAATGCA
GAAGCTGATC CTCCTCTTGA GACTACAATG TTGGATATGT TAGGATTGAT TGTATTGAAG
ATCAAGTGTA TATCCTGCAA AAAGGAATTG AAGCGTATTA CCCCCAGAGC TTCCAGCGAG
GATTTAAACA TATGTAAGTC CATGATGATC AACGTTCTTC ACGAATTGAA AAGCATTTCT
GGAAATGTCT TTCTGATTGC AAGTTCTCAG TTTTTGCTAC TCAAGTATCT TTCGTATTTC
CTTTCGTTAG TGGGGGACTC AGAAAATAAT AGCCTATTGG CCAATACTGA AGTCGAAAAC
TTGGAGGTGG TCGCTAAACA GGCATGTAGA GATTTGATAA ATGCAACTTC AGATGGCCAA
ACTAACATTC TGAAGGATGC TTCGGCTTAC ACTGAGAACG AGTACCTTTC CATAATGAAT
AGCCAAGAAT TAGAGGTTCT TTACGAAGGA TTTTTAGGCT CTGTGGTTGG ATTAATGGAT
AGCAATAAAG TCAAAGTGAG AGCTAAATGT ATCAAAATTC TTTCGTCGTT AATTGAGCAG
AATGATGAAC TTTTACTTTC GCCAAAGATT CAAGAGTCTG TGTCAAACAG GTTATTTGAT
AATTCTCCAC TTGTCAGAGA TGCAGTGATT GATCTAATTG GAAGATACAT GTCTTCCAAC
CCTGTTCTTG TTGACAGGTT CTACAAATCC ATTTGTGAAT GCCTTGTTGA TGAGAGTGTC
CAGGTTCGTA AGAGAGTAGC CAAGTTGAGT GGGCAGATGT ACGAAAAGAC AACGTCTAAG
TCAGTAAAGG TATATATTTC TTCCAAGTTG ATAAGGAAAT TGAACGACGA GGATGATGTA
GTTCAAGACA TTTCCAGATC CATACTCCTT TCGTTATGGT TTCCCAAACT GAATAATTTG
GAAAAGGTTG ATTCATCTAA GACAACTGCT GAAGTAATGA TGGATATAGT AAAAAGTGGC
GGAAGAACTA GCGAGGGCTT CGAATCTTTC ATAATAAACT ATGTCAACTC CAATAATAGT
CAAGCAGCAA AAGTCGCCAT GAAATTGAAA TTGGCTCAAG TTTTTGATTT CATAATTGAA
GGTGGCGATG CCGTTGCCAG TGCCATGAAA CTAGTCGCAA TGTTTGTTAA ATGCGACAGT
TCTATCATAA ATCAAGATCA ACTTGTTTCA TTGGAACCAT TCTTTATAGA AGAAAAATCA
ACTGAAGGAA CTTCAAGACT TTATGGTTTA GAGATTCTAT CCTCGGCCTT ACCAAGCATT
GGTTCATTAC GTCCAGATTT CTTGGCTTCG TTGGTTTCGA ATTTATTGAA GAAACTTACG
AAATACAGCG TCAAGGAGTT GCATCATGTT GTTCCTAGTG TATGGGTTCT TTGTCAGATG
AACAAGGATT CAATTAAGCT TGCCAATGCT ACAATTTCTT GTATGAGACT CATTAAGCCA
TACTTTGAGT TCAAGGAGGA CAAAAAGTTC GATGTTAAGT TACAGAAGCT TTTACATCTT
TTGGGATGCT TTGGAAGATA CTGTAGACTT GAGAATCATC GTGATCTCTT TCAGAAATCT
TCCCTTGGAT TCAAAGCAAA AGAATCAGTT ACTAGTGGAA TCGTGAAATT CTTGATGTAC
TTCTGTGATT CCAAAATGCC CAGCACAATC CGAAACACAG CTTTGGCAAA TATGATCCAT
GTTTGCCGGA CTCACACAAA GCTCTTTGTT TCGGAAGCTA TCTTGAAGGT CTTCGATAGA
GAAATGAATC TAAAAAGCAA TGTCGAATCC TTCAATACCA TTATCCGAGG ACTCTTCGAT
TTTTTGAAGG ATGAAGAAAT TGAAGTACGC AGAAGAGTTG GGTCTTCATC TACTTCTTCT
GACAAACTCA AGATTGATAT CTCAGTATTT CACGGCGATT CCAAGTCGTT TCTTCATGAT
GGAATATGCG CTGGTCTCAT TCAACGGTAC GAGAATAGAA TACTTGAAAT GACACTATAT
GATAAAGGAG AGCAATCATA CCTTGCAGTT CAGTTTGTAG AACTCATTGT CAAGATTGGA
TTTTCGAACC CAAAACTTTG CATTCCTACA ATTATAGCAT TACATTCCAG TCCAAATCCA
TATGTTAGAA ATATCGCAAG ACAAGTCCAC AAAGAACTTT TTGAAAAGCA CGAATCCTTG
ATTGATACAA GCTATGCTGA AGGGTTCACA TTGTCGTTTA ATTTCCTGAG AAGATTATCT
TTAGACGATT CGTCATCTAC AGAGGTATTC AATTCCGTGT ACTCGATTAT CCAGAAGACG
TATTCTTCTA GAAAAAAGTT CATCAACTCT TTGCTAAGAC TTTTAGTCGT TGACCTCGAG
CGCACAAGCA TTGTAGATGC TCTCGAAAAG CTACAGTTTG CTAGGAATAA AGTGTGTAAT
ATCGCAAAGA TCAATTTCGC TACGCTAGAA GAGGTGTTGA TGATTGTTCA TGAGATAGAC
CATGTGGTCA GCCGTTCGGG AATGGACTTG GTGGACAAAC TCAAGACCCA AACTGATGAT
GTGGCTATTG ACTTGGTTAT TGCGCAATCA ATTTTAGCAA TTTCAGCATT GAGAAGCCAT
TTGGTTAACA AATTTTCACT TGGAAGATCC TTGATAGATA GGTTCATTCC CGGAAAAGTA
GATCCCGACA TGAGGCATGC AATCAAATCT AGCTACCAGC TACCTCTCGA AATTCCCGTT
CTCCCTGAAA CTTTGGAGAA ATCTAGTCTT ATAATCATAG TACAGAACGA GGTAGACAAA
TATGCATAG
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| Protein sequence | MVGEGVHPRD MREALSIAPF LHLIPKQEIA PLISSTSITI SPDPQEFNSQ LYDSECKERR
KVVNSDETSF GEVLKDLASE FTDCQDEEVD QIRFRKPEII QNGEKQPQEL TGITLPALER
RIFNSTKIES RQIILSSRSA DTRTYTGRLS VRKTYQAEDK QTKAHNDRYL RKYERELGFL
FAEDKEFSKE LPNSYANRKR YLEDDEEYNA KRPHRIVTMT YDQVADRANV NMAILLQQIE
REEAEPEISA NWMILDDTKI LTNYALLHIH DNLIRNLNHR VLHTEDNDIS YLSKIQDLCL
RTINASENID FSELSLRVIA PDLQDNDLAS LIISLETCLN FTKASKIMLL LLTSHYSEKL
MFYDAHTNSV IQLMDSVVDL LIIPLASFEN VQPITNTLKP ILARLLVEVC DLFQLFNSYK
HPNRFDDTLI TKLEYLCIHA VFAEYRSKGN NSFFGLSQFE LLKLRSCEMI ISLFSNISDQ
REFILGELIS NFDKLSPNRT VARQYKLAGG GNVQLVSALL AKLIESSSAD FDVSSLSESF
IDSPALSNNV KESILNCKKT GDNISRMLIS KFSGTTSTMS KQSLELMVED LLSLMLSPVW
AGSTVLLTSI TNSFLIMINA EADPPLETTM LDMLGLIVLK IKCISCKKEL KRITPRASSE
DLNICKSMMI NVLHELKSIS GNVFSIASSQ FLLLKYLSYF LSLVGDSENN SLLANTEVEN
LEVVAKQACR DLINATSDGQ TNISKDASAY TENEYLSIMN SQELEVLYEG FLGSVVGLMD
SNKVKVRAKC IKILSSLIEQ NDELLLSPKI QESVSNRLFD NSPLVRDAVI DLIGRYMSSN
PVLVDRFYKS ICECLVDESV QVRKRVAKLS GQMYEKTTSK SVKVYISSKL IRKLNDEDDV
VQDISRSILL SLWFPKSNNL EKVDSSKTTA EVMMDIVKSG GRTSEGFESF IINYVNSNNS
QAAKVAMKLK LAQVFDFIIE GGDAVASAMK LVAMFVKCDS SIINQDQLVS LEPFFIEEKS
TEGTSRLYGL EILSSALPSI GSLRPDFLAS LVSNLLKKLT KYSVKELHHV VPSVWVLCQM
NKDSIKLANA TISCMRLIKP YFEFKEDKKF DVKLQKLLHL LGCFGRYCRL ENHRDLFQKS
SLGFKAKESV TSGIVKFLMY FCDSKMPSTI RNTALANMIH VCRTHTKLFV SEAILKVFDR
EMNLKSNVES FNTIIRGLFD FLKDEEIEVR RRVGSSSTSS DKLKIDISVF HGDSKSFLHD
GICAGLIQRY ENRILEMTLY DKGEQSYLAV QFVELIVKIG FSNPKLCIPT IIALHSSPNP
YVRNIARQVH KELFEKHESL IDTSYAEGFT LSFNFSRRLS LDDSSSTEVF NSVYSIIQKT
YSSRKKFINS LLRLLVVDLE RTSIVDALEK LQFARNKVCN IAKINFATLE EVLMIVHEID
HVVSRSGMDL VDKLKTQTDD VAIDLVIAQS ILAISALRSH LVNKFSLGRS LIDRFIPGKV
DPDMRHAIKS SYQLPLEIPV LPETLEKSSL IIIVQNEVDK YA
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